Industry Knowledge
Knowledge
Expert insights on clean energy, smart infrastructure, IoT, and industry trends
technical article7-in-1 Smart City Poles & Urban IoT Integration
Explains 7‑in‑1 smart city poles combining lighting, CCTV, EV charging, Wi‑Fi, sensors, signage and SOS on one IP backbone. Covers 5–15 kW power design, 10–20 Gbps backhaul, edge AI (4–16 TOPS), and integration with IoT platforms managing 10k–100k poles.
technical articleDesigning Integrated Solar-Powered Security Systems
Design integrated solar-powered security systems using a 14-component architecture to achieve 99.5% uptime, 3–5 days autonomy, and 20–30% lower OPEX. Covers PV/battery sizing, DC/AC design, and IEC/IEEE/UL-compliant security integration.
technical articleSmart Agriculture Monitoring System Design & IP Standards
Smart agriculture monitoring can raise yields 10–25% and cut water use 20–40% with well‑designed systems. This article covers sensor density, IP65–IP67 weatherproofing, LPWAN communication over 2–5 km, and IEC/IEEE standards for robust precision farming deployments.
technical articleLFP Battery Storage for Industrial Microgrids
Industrial LFP battery storage for microgrids can cut peak demand 20–40%, deliver 6,000–8,000 cycles over 10–15 years, and operate at 0.5–1.0C. This article covers sizing (kW/MWh), BMS integration, and peak shaving ROI in industrial settings.
technical articleDesigning Bankable C&I Solar PV Systems
Guide for designing bankable C&I solar PV: IEC-compliant SLDs, 1.1–1.3 DC/AC ratios, ≤0.55%/year degradation, ≥99.5% inverter availability, and structured O&M (2–4 visits/year) to support 10–18% IRR over 20–25 years.
technical articlePeak Shaving vs Load Shifting: Storage Strategies
Peak shaving and load shifting with batteries can cut C&I demand charges by 20–40% and energy costs by 10–30%. This article explains 0.5–4 hour storage sizing, tariff-driven strategy choice, EMS control, PV integration, and standards like IEEE 1547 and UL 9540.